okay realize that the distance traveled by the small plane, distance traveled by jet, and the distance between them makes a right triangle. Using Pythagorean theorem and allowing x be the distance between them, x² = (20 miles)² + (64.5 miles
x = 67.53 miles the distance between the two entities in nearest tenth is approximately 67.5 miles.
From what I understand about the problem, I think you have to match them so that the x values are the same. For two coordinate points to be on the same function, every x has to have its own y. Since we're trying to <em>not </em>make a function, we should deliberately match the x values.
(2,3) (2,2)
(-5,2) (-5,1)
(6,-5) (6,5)
(-1,0) (-1,6)
I'm not sure where the (0,3) belongs.
I figured it out but I can’t show the picture but I know the answer it’s D
From the given figure, we can note that segment XW and ZW are congruent. Similarly, XY and YZ are congruent. Additionally, both triangles share side YW. By means of the Side-side-side theorem, all corresponding sides and angles are congruent. Therefore, the answer is option C,
